Titlebook: Distributed Computer and Communication Networks; 17th International C Vladimir Vishnevsky,Dmitry Kozyrev,Andrey Larionov Conference proceed

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Andrew Pates,Martin Good,Alastair Thomson class of the modern telecommunication networks. A relatively new characterization of traffic flows is based on the effective envelopes, which represent a probabilistic generalization of the?arrival curve of Network Calculus. In this paper, we analyse the effective envelopes for a general Gaussian p

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https://doi.org/10.1007/978-1-349-04999-8ueing system with infinite orbit. General form of dependence of the total retrial intensity on the current number of customers in orbit is suggested. The second station is a multi-server queue with a finite buffer and impatient customers. The stationary distribution of the system states and the main

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Andrew Pates,Martin Good,Alastair Thomson class of priority to another one is considered. Such characteristics as distribution of busy periods, queue lengths, probability of states, as well as various supplementary distributions are presented. Symmetric priority discipline named Relative DD discipline also was analyzed. Even through, the m

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Andrew Pates,Martin Good,Alastair Thomson components and helps reduce the total length of optical fiber required. PON is a future optical technology that enables high-speed data transfer of multiservice traffic using optical fibers. This paper is concerned with multi-rate loss model for optical network units in PON like a queue system with

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Distributed Computer and Communication Networks978-3-319-05209-0Series ISSN 1865-0929 Series E-ISSN 1865-0937

conjunctiva

Subtropics with year-round rainthod for its estimation is described. The problem of computer networks structure optimization by survivability indices is also considered and method for its solution described. The experimental investigations of the suggested methods for computer networks survivability analysis and optimization are presented.

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From Quietism to Evangelicalismnlinear oscillations with one degree of freedom and with a small parameter was proposed. Small perturbations are modelled using the sum of delta functions. The asympototic method was used for solving the differential equations. Some numerical experiments are presented.

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